Figure 29.
Federal expenditures for energy development by source, 1950-2010.
Source: 60 Years of Energy Incentives: Analysis of Federal Expenditures for Energy
Development, Management Information Services, Inc., October 2011.
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Solar Energy Research, Development, and Demonstration Act of 1974, Public Law
93-473. 88 Stat.1431. 1974.
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In 1978, four acts that include solar policies were enacted. The Energy Tax Act
included an income tax credit to the residents who use solar, wind, and geothermal
sources of energy. The credit was a 30 percent of the expenditure up to $2,000 and a 20
percent of the expenditure between $2,000 and $10,000. The Act also included a 10
percent business tax credit for investments in energy properties including solar and wind
energy. Another two Acts authorized financial assistance programs for solar energy. The
National Energy Conservation Policy Act empowered the Secretary of Energy to direct
the Federal National Mortgage Association to make commitments to purchase loans and
advances of credit relevant to installing solar energy systems. The Small Business Energy
Loan Act empowered the administration to create a solar energy loan program to small
business. In the same year, the Solar Photovoltaic Energy Research, Development,
Photovoltaic and Demonstration Act
was enacted to provide more support for research,
development, and demonstration for solar energy. The act included quantified objectives:
1) to double the production of solar PV system each year; 2) to reduce the average cost of
installed solar PV energy systems to $1 per peak watt by 1988; and 3) to stimulate the
purchase by private buyers of all the solar PV systems in 1988.
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In 1980, under the Energy Security Act, the Solar Energy and Energy
Conservation Bank Act was enacted. The act was to create Solar Energy and Energy
Conservation Bank, which provided financial assistance to the expenditures for
residential and commercial energy conserving improvements and solar energy systems.
The purpose of the policy was to encourage the use of solar energy, and to “reduce the
122
Solar Photovoltaic Energy Research, Development, Photovoltaic and Demonstration
Act of 1978, Public Law 95-590. 92 Stat. 2513. 1978.
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Nation’s dependence on foreign sources of energy supplies.”
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Energy security was still
a critical driver of promoting solar energy in the 1980s.
The Tax Reform Act of 1986 extended the energy investment credit for solar
energy property. In the act, the credit for solar energy was set as 15, 12, and 10 percent in
1986, 1987, and 1988, respectively. The credit has expanded by another acts for the next
few years. The Omnibus Budget Reconciliation Act 1989 extended the credit through
1990. In 1992, the Tax Extension Act extended the credit through 1992 again.
In 1989, the Renewable Energy and Energy Efficiency Technology
Competitiveness Act was enacted to authorize “aggressive” national programs of
research, development, and demonstration of renewable energy and energy efficiency
technologies. The act included national goals for the national programs. The specific
goals for PV energy systems include: 1) to improve operational reliability of photovoltaic
modules to 30 years by 1995; 2) to increase photovoltaic conversion efficiencies by 20
percent by 1995; 3) to decrease new photovoltaic module direct manufacturing costs to
$800 per kilowatt by 1995; and 4) to increase cost efficiency of photovoltaic power
production to 10 cents per kilowatt hour by 1995. Compared to the goals in the Solar
Photovoltaic Energy Research, Development, Photovoltaic and Demonstration Act, these
goals were much more specific.
The Energy Policy Act of 2005 created one of the most important policies for
solar energy, which was a 30 percent of business investment tax credit for the
investments in solar energy properties. The period was from January 2006 through
December 2007. This credit was extended for an additional year through 2008 by the Tax
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Energy Security Act of 1980, Public Law 96-294, 94 STAT. 611. 1980.
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Relief and Health Care Act 2006. In 2008, the Emergency Economic Stabilization Act
included an eight-year extension of the credit through December 31, 2016.
This investment tax credit (ITC) was pointed out as one of the most important
policies for solar PV industry development in the U.S. by a majority of the actors in the
solar PV field. The ITC has helped solar technology to compete with other energy
sources. A research manager at the Smart Electric Power Alliance (SEPA) said, “ITC is
kind of [the] one and only incentive [that makes investment banks] all interested in
investing in solar industries instead of others.”
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The eight-year extension of the ITC was
especially beneficial to solar industry. The director of the GW Solar Institute pointed out:
“The eight-year certainty of policy encouraged industry to make longer-term investment
in terms of business plan, R&D, or large scale projects like utility-scale [projects].”
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Other than the experts, most of the representatives of the solar PV corporations
interviewed also mentioned that the ITC was one of the most important solar policies for
them.
The solar ITC was more helpful since the timing of implementation was
appropriate. A program manager at Solar Foundation explained, “The investment tax
credit came at a period that was really quite well timed because from the mid-2000s, the
German solar industry have been ramping up and increasing production and those
companies are selling it to the solar industry or able to reach the economies of scale”.
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The solar ITC became a more effective policy since the costs of solar was coming down
as a result of the investments in solar PV industry in Germany and Europe.
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Interview #1
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Interview #3
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Interview #5
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The Energy Policy Act of 2005 has introduced another important policy for solar
energy, the loan guarantee program. The act authorized the Department of Energy to
guarantee loans for the projects that “avoid, reduce, or sequester air pollutants or
anthropogenic emissions of greenhouse gases” or “employ new or significantly improved
technologies.”
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The program was to encourage commercial use of new energy
technologies in early stages. According to the SEIA, as of August 2016, eleven utility-
scale solar power plants have received loan guarantees, whose total capacity is expected
to be 2,700MW.
In 2009, the American Recovery and Reinvestment Act (ARRA) extended much
support for renewable energy and energy efficiency technologies. It included $16.8
billion in funding for energy efficiency and renewable energy. As for solar energy, the act
included a cash grant in lieu of the ITC for solar properties. It also included $6 billion in
loan guarantees for renewable energy and electric power transmission programs. Since
this act provides broad funding for energy technologies, it has contributed to developing
the technologies that were helpful for expanding solar energy: “Most of the energy
storage that are large and interesting and supported by utilities today were funded through
ARRA and now that the utilities had gotten a taste for energy storage that serving to be
able to get permission from their utility commissions to rate-based those types of
technologies and start developing their own without federal support”.
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In this context,
the ARRA has contributed to building the infrastructure for the expansion of solar energy
as well as direct supports such as a cash grant.
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Energy Policy Act of 2005, Public Law 109–58, 119 Stat. 594, 2005.
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Interview #1
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The solar ITC, which was expected to expire at the end of 2016, has extended
again through 2021 by the Consolidated Appropriations Act in 2016. According to the
act, the ITC will be 30 percent by the end of 2019, and it will be adjusted to 26 percent by
the end of 2020, and to 22 percent by the end of 2021.
Table 16 summarized the major statutes for solar policy. Solar policies have been
developed as a part of the energy policies for the nation’s “secure, affordable, and
reliable” energy production. The overall direction of the policies was to increase the share
of solar energy in the U.S. energy mix. The ITC has contributed this goal by reducing the
costs of solar energy. Research and development programs have contributed by reducing
the costs by encouraging relevant technology development. Financial assistance such as
loan programs has lowered the barriers for the investors of solar installations. This was
described as “confluence of policies” by one of the experts interviewed.
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Since all the
policies has served a common goal, solar has significantly grown in the United States.
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Interview #1
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